Tecnica MAXIMA 2.0 W - Trail Shoes - Women's - dark avio/avio

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TECNICA

Features

Use: trail


 

MAIN DETAILS:

  • Designed for runners wanting lightness and cushioning
  • Stable and protective
  • Maximum grip on hard and rocky trails
  • Flexible and light
  • Premature contact with the ground
  • Excellent shock absorption
  • Maximum forward thrust without loss of force
  • Weight: 275 gr
  • Drop: 8 mm

TECHNOLOGY:

  • Ortholite®
  • Vibram® MegaGrip

SPECIFICATIONS:

Upper:

  • Mesh, seamless synthetic PU, 3D printing
  • Lining: 3D textured fibre material
  • Traditional lacing system
  • Breathable and non-slip

Insole:

  • Ortholite® insole with double anatomical density
  • Great comfort

Midsole:

  • EVA Technology
  • Excellent shock absorption
  • Optimal stability

Outsole:

  • TRS
  • Vibram
  • Excellent grip 
  • Stability on even the most challenging terrain

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TECHNOLOGY:

ORTHOLITE®: Engineered from open cell polyurethane, Ortholite soles retain 95% of their cushioning after one year of use, whereas ordinary soles lose 70% of their cushioning over the same time period.

The Ortholite® sole is light and breathable. The air circulates, to help evacuate heat and moisture to keep the feet dry. The environmentally-friendly biocide treatment is antimicrobial and creates a healthier environment for the feet. The advantages of Ortholite® Open-Cell Technology are:

  • Long-term cushioning
  • Moisture wicking
  • High level of breathability
  • Easy to wash
  • Antimicrobial
  • Lightweight

MEGAGRIP: Technique developed by Vibram® for slippery surfaces. MegaGrip provides excellent grip for wet and dry ground, while maintaining a high level of durability. It provides an unbeatable combination of traction and durability.

CONSTRUCTION: 

TECNICA ROLLING SYSTEM (TRS): A system which adapts each area of the foot to the shape in which it moves and to its function. The rear part of the shoe provides better impact absorption and improves contact with the ground, while providing a precise fit and fluid movement that avoids energy dispersion. This type of manufacturing guarantees the continuity of the front area by improving forward propulsion and reducing energy consumption. As a result, fatigue is reduced and performance is improved.

COMPOSITION: 

EVA: The moulded EVA foam insert is particularly flexible. It helps improve shock absorption and lightness.